摘要
针对卓越工程师的基本训练要求及社会发展的需要,以"卓越工程师"培养目标为导向,以辅助教学系统、实验数据处理系统和学生创新实践平台三大模块为依托,根据学生学习的不同阶段和知识积累过程,建立全方位、模块化、逐层深入的实验教学培养模式,把大学物理实验室建设成培养学生创新能力的重要基地。
According to the excellent engineer training basic training requirements, with training objec- tives of the excellent engineer as the guide, to rely on the tri-model of auxiliary teaching system, exper- imental data processing system and the innovation practice platform, with the different learning stages and knowledge accumulation processing of college students, the comprehensive, modular and depth lay- er by layer cultivation mode has been established in college physical experiment. The important base of cultivating college students＇ innovation ability is established with the college physics laboratorv.
出处
《大学物理实验》
2013年第6期127-130,共4页
Physical Experiment of College
基金
2012年辽宁省高等教育本科教学改革研究项目(辽教发[2012]130号)
关键词
卓越工程师
物理实验
培养模式
辅助教学系统
实验数据处理系统
创新实践平台
excellent engineer
physics experiment
cultivation mode
auxiliary teaching system
experimental data processing system
innovation practice platform
